ES2288355B1 - PROFILE AND HOLDING BAR. - Google Patents

Abstract

Profile and grab bar.

This invention consists of a profile (1) and a bar (2) that slides vertically or horizontally within said profile (1) automatically blocking without the need for use screws, staples, flanges, etc., or any element of clamping since the connection of its components is done by simple lace. Only the profile (1) can be screwed to the wall or panel and then place the bars to form the shelving.

The shelf is made up of so many profiles (1) and bars (2) as desired depending on their size. About the Bars can be placed shelves (3) or can be used individually to hang all kinds of products depending on the design of the hanging element of said bar.

Description

Profile and grab bar.

Object of the invention

This invention relates to a new system of anchor on profile with channel or longitudinal groove in position Vertical designed for the construction of shelves of all kinds, particularly applicable in commercial premises, home and sector tertiary.

Background of the invention

Multiple are currently known and manufactured types of shelves for conventional, compact and palletizing dynamic, used in industry and also other types a lot easier for shop windows, wall mounted, hanging, etc., however, there is a permanent need for sets of shelves that can be assembled with few parts and manufactured in series, with reduced costs to facilitate assembly within a variety of possible designs and with more construction robust

The shelving systems sold in hypermarkets are typically provided with disassembled assemblies for assembly at home or business, thereby minimizing shipping costs, avoiding the transportation of bulky items. He assembly of these shelves then becomes a task of user, who is generally not familiar with placement and identification of a series of parts whose assembly requires the Understanding the instructions. This type of shelving for Domestic and commercial uses are exposed in the DIY sector from the big malls like "do it yourself same".

While much progress has been made lately in the shelving design, in general shelving systems exposed are intricate settings used or are complicated and not They ride easily.

The author of this invention has knowledge of profiles that work horizontally like the WO patent 03/070060 A1, but totally unaware of the existence in the profile market that with these characteristics can work vertically, with positioning of the supports in a channel uninterrupted or continuous.

In order to facilitate the assembly of the type of shelves exposed, the author of this invention has devised a new type described below.

Description of the invention

This invention consists of a profile and a bar that slides vertically or horizontally within said profile locking automatically without using thymes, staples, flanges, etc., or any fastener already that the connection of its components is made by simple fitting. Only the profile can be screwed to the wall or panel and then place the bars to form the shelf.

The shelf is made up of so many profiles and bars as desired depending on their size. On the bars are they can place shelves or they can be used individually to Hang all kinds of products depending on the design of the item hanging of said bar.

The profile is shaped like a "T", whose soul has an initially rectangular cavity and perpendicular to the wings, and then tilts about 30º. The extreme of this rectangular cavity presents a housing in the form of hammer head outline.

On both sides of the soul in its outer part, the Profile presents rectangular reinforcement appendages. On these Appendices that make up the body of the profile have been developed Curved and irregular contour ribs.

The wings of the profile are flat and asymmetrical, both presenting a thickening at its ends.

The plan view bar has a body rectangular in its two thirds, its head being the part which is introduced into the profile, a handle hammer initially rectangular and then frustoconical. The head of this hammer is ready to the side.

The sides of the head of said hammer are not parallel but have a small angle of about 3º, of equal way that your accommodation in the profile described.

Between the body and the hammer, the bar presents two heels arranged on both sides, of different height. These heels act of butt and lace at the base of the soul of the "T" profile.

The heel height is less than the clearance between the upper surface of the head of the hammer of the bar and the bottom of its housing in the profile.

Description of the drawings

To complement the description of this invention and in order to facilitate the understanding of its characteristics, a series of figures are accompanied in which with character illustrative and not limiting, the following have been represented drawings whose main components are the following:

(one) Profile. (1.1) Wing Minor. (1.2) Wing higher. (1.3) Body. (1.4) Reinforcement Minor. (1.5) Reinforcement higher. (1.6) Nerve. (1.7) Soul. (1.8) Cavity (1.9) Angle of profile. (1.10) Thickening (2) Bar. (2.1) Trunk. (2.2) Appendix. (2.3) Angle of bar. (2.4) Heel Minor. (2.5) Heel higher. (2.6) Stop, top, maximum as a noun, top as an adverb. (2.7) Chamfer higher. (2.8) Chamfer lower, (3) Shelf.

Figure 1 is a plan view of the assembly formed by the profile (1) and the bar (2), both in position assembled

Figure 2 is a plan view of the assembly formed by the profile (1) and the bar (2), both in position partially assembled, i.e. during assembly or disassembly

Figure 3A is an elevation view of the bar (2).

Figure 3B is a plan view of the bar (2).

Figure 7 is a profile view (1) in the that the main parts that compose it are listed.

Figure (11) is an example of the application of invention, in which two profiles (1) arranged are observed vertically and with two bars (2), acting as a support for a shelf (3).

Preferred Embodiment of the Invention

Among the different types of shelves that can build based on this invention, the realization Preferred is as described below:

A profile (1) is previously designed like the one it is observed in Figure 8 with all its main parts numbered, and is manufactured by extrusion of aluminum.

Then the bar is designed as it is see in Figures 3A and 3B, or 6A and 6B, whose appendix should have invariably the exposed way to fit perfectly in the profile (1), the trunk (2.1) may vary depending on the application.

This invention allows to move and place with all ease the bar (s) in each profile of a shelf without use any type of tool or fastener as screws, stops, flanges, etc. Ie once placed the bar (2) in a position due to the studied form of the appendix and of your accommodation in profile (1), it is immobilized by the simple action of gravity. Also, the more you load with weight, further increases its resistance to sliding along the profile.

Only profiles should be subject according to its features panel to wall to floor or ceiling or to a combination of them.

The composition of the shelves that can be create with this system of bar (2) and profile (1) is unlimited and It only depends on the needs of each particular user.

Once nature is sufficiently described of this invention, as well as a practical application thereof, it only remains to add that both its shape and the materials and manufacturing procedure, are subject to modifications, provided that they do not substantially affect the characteristics which are claimed below.

Claims (6)

1. Profile and clamping bar for the manufacture of shelves characterized in that, the design of said profile allows it to be arranged vertically and assembling the clamping bar, said bar being fixed thereon by the simple action of gravity. 2. Profile and grab bar for the manufacture of shelves according to claim one characterized in that, in its main version, the aluminum profile is in the form of a "T", whose soul has an initially rectangular cavity and perpendicular to the wings, and then It tilts about 30º. The end of this rectangular cavity has a handle-shaped housing of a hammer head. On both sides of the soul in its outer part, the profile has rectangular reinforcement appendages. On these appendages that make up the body of the profile, curved and irregular contour ribs have been developed. The wings of the profile are flat and asymmetrical, both presenting a thickening at their ends. 3. Profile and grab bar for the manufacture of shelves according to previous claims characterized in that, in the version derived from the main one, the profile is in the form of a "TREBOL" of four sheets whose spaces between two sheets have the shape of the handle and head of a hammer, the space between the two following sheets is rectangular, being able to present or not, a rectangular housing according to the profile version, then repeating what is described with the following two sheets. 4. Profile and clamping bar for the manufacture of shelves according to claim three characterized in that, in the version derived from the previous one, the profile is in the form of a "TREBOL" of four sheets split in half whose spaces between the two sheets are in the form of handle and head of a hammer, being able to present or not, a rectangular housing according to the profile version. 5. Profile and clamping bar for the manufacture of shelves according to claim one characterized in that, the bar in its main plan view has a rectangular body in two thirds, its head being the part that is introduced into the profile, a initially rectangular and then frustoconical handle hammer. The head of this hammer is arranged fully to the side. The sides of the head of said hammer are not parallel but have a small angle of about 3 °, in the same way as their accommodation in the profile described. Between the body and the hammer, the bar has two heels arranged on both sides, of different height. The height of the lower heel is slightly greater than the clearance between the upper surface of the hammer head of the bar and the bottom of its housing in the profile. 6. Profile and clamping bar for the manufacture of shelves according to first and fifth claims characterized in that, the bar in the version derived from the previous one, the sides of the hammer head are parallel and the handle has its parallel sides.